1 Ansys medini TM analyze: Quality, Safety and Reliability Engineering // Quality, Safety and Reliability Engineering / Main Features • Quality analysis for product design and related processes according to SAE J1739, VDA quality handbook, etc. • Safety analysis and design according to ISO 26262 for software-controlled safety-related functions. • Integration of architectural/functional design with quality, reliability and functional safety analysis methods. • Support of driving situation analysis, hazard and risk analysis, Fault Tree Analysis (FTA), Failure Mode and Effects Analysis (FMEA), probabilistic analysis and hardware failure metrics. • Complete end-to-end traceability. • Customizable work product/documentation generation. • Teamwork with detailed compare and merge. • Integration with IBM ® Rational ® DOORS, IBM ® Rational ® Rhapsody, Enterprise Architect, MATLAB ® /Simulink ® , Stateflow ® , PTC Integrity, MS ® Office, TortoiseSVN, IBM ® Rational ® ClearCase, IBM ® Rational ® Team Concert and others. / Item Definition • Dedicated, customizable form for the item description. • Graphical modeling of the functional architecture with functional dependencies and malfunctions. • HAZOP analysis with predefined checklists. • Initial item architecture with SysML. • Inclusion of external documents and linking to external resources via URI. / Hazard Analysis, Risk Assessment and ASIL Determination • Table-based management of driving situations and hazardous events. • Support for driving situation catalogues with drag & drop. • Matrix for easy combination of malfunctions and driving situations. • Customization with user attributes. • ISO 26262 compliant ASIL determination. • Comprehensive traceability. • Derivation of safety goals. medini TM analyze SYSTEMS
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1Ansys mediniTM analyze: Quality, Safety and Reliability Engineering //
Quality, Safety and Reliability Engineering
/ Main Features
• Quality analysis for product design and related processes according to SAE J1739, VDA quality handbook, etc.
• Safety analysis and design according to ISO 26262 for software-controlled safety-related functions.
• Integration of architectural/functional design with quality, reliability and functional safety analysis methods.
• Support of driving situation analysis, hazard and risk analysis, Fault Tree Analysis (FTA), Failure Mode and Effects Analysis (FMEA), probabilistic
analysis and hardware failure metrics.
• Complete end-to-end traceability.
• Customizable work product/documentation generation.